Detailed Description

Holds all finite elements corresponding to each geometrical element.

This class is responsible for building the finite elements using geometrical elements. i.e., for each geometrical element (1D, 2D or 3D) in the geometry, it associates a finite element.

Like for Geometrical Nodes and Cells, there can be owned and halo FE Nodes, but there can be only owned Finite elements

See also: FEBase; ReferenceFE; GeomCell; GeomSimplex

Definition at line 50 of file FiniteElements.hpp.

#include <FiniteElements.hpp>

Inheritance diagram for FiniteElements:

[legend]

Public Member Functions
	FiniteElements ()=delete
	Default Constuctor deleted. More...

	FiniteElements (AbstractPdeProblem *problem, CepsUInt order)
	Constructor from an abtract problem and order (see CepsCellType) More...

	FiniteElements (const FiniteElements &)=delete
	Copy Constructor deleted. More...

	~FiniteElements () override
	Destructor. More...

ReferenceFE *	getReferenceElementOfDim (CepsCellType type, CepsUInt dim) const
	Access to reference elements. More...

CepsVector< FEBase * > &	getFiniteElements ()
	Get vector containing all finite elements of the maximum valid dim. More...

CepsVector< FEBase * > &	getBoundaryFiniteElements ()
	Get vector containing all finite elements of the maximum valid dim. More...

CepsUInt	getNumberOfHaloFENodes () const
	Global number of owned nodes. More...

CepsUInt	getNumberOfOwnedFENodes () const
	Local number of nodes belonging to this process, halo nodes NOT included. More...

const CepsVector< FENode * > &	getOwnedFENodes ()
	vector of owned nodes More...

const CepsVector< FENode * > &	getHaloFENodes ()
	vector of halo nodes More...

FENode *	getFENode (CepsGlobalIndex nID)
	Link to a single node. More...

CepsBool	isOwnedFENode (CepsGlobalIndex globalID) const
	Tells if node is owned by current CPU. More...

CepsBool	isHaloFENode (CepsGlobalIndex globalID) const
	Tells if node is halo by current CPU. More...

CepsVector< DegreeOfFreedom * >	getDofsOnElement (FEBase *elem)
	ALl the dofs defined on an element. More...

CepsVector< DegreeOfFreedom * >	getDofsOnElementForUnknowns (FEBase elem, const CepsVector< Unknown > &us)
	All dofs defined on an element, considering unknowns us. More...

CepsIndex	getDofSpatialId (const DegreeOfFreedom *dof) const override
	Return the Geom Node Id for a node (not the FENode index returned by dof->getGeomId()) More...

DMatPtr	getMassMatrix () const
	Pointer on mass matrix. More...

DMatPtr	getStiffnessMatrix () const
	Pointer on stiffness matrix. More...

CepsReal	dotProduct (DHVecPtr u, DHVecPtr v, CepsBool boundary=false, const CepsSet< CepsAttribute > &attrs={}, const CepsVector< Unknown * > &unknowns={}) final
	returns where is the mass matrix $\int\phi_i\phi_j$ More...

CepsReal	stiffProduct (DHVecPtr u, DHVecPtr v, CepsBool boundary=false, const CepsSet< CepsAttribute > &attrs={}, const CepsVector< Unknown * > &unknowns={})
	returns where is the stiffness matrix $\int\nabla\phi_i.\nabla\phi_j$ More...

CepsReal	h1Norm (DHVecPtr v, CepsBool boundary=false, const CepsSet< CepsAttribute > &attrs={}, const CepsVector< Unknown * > &unknowns={}) override
	sqrt(stiffproduct(v,v)) More...

void	extractValuesForUnknown (const CepsUnknownIndex &uId, DVecPtr vec, CepsVector< CepsIndex > &indices, CepsVector< CepsReal > &values, CepsBool sendToMaster=false, CepsBool returnGeomIndices=false) override
	Slicing method that extracts the data corresponding to a specific unknown. More...

Public Member Functions inherited from AbstractDiscretization
	AbstractDiscretization ()=delete
	Deleted default constructor. More...

	AbstractDiscretization (const AbstractDiscretization &that)=delete
	Deleted Copy constructor (objects are too big, and not really useful) More...

AbstractDiscretization &	operator= (const AbstractDiscretization &)=delete
	Deleted assignment operator. More...

	~AbstractDiscretization () override
	Destructor. More...

AbstractPdeProblem *	getProblem () const
	Return link to pde problem. More...

DistributedFactory *	getDofsFactory () const
	Get the stored DistributedFactory. More...

DistributedInfos< DegreeOfFreedom * > *	getDistributedDofs () const
	Get the stored Degree Of Freedom repartition. More...

const DegreeOfFreedomTree &	getDegreeOfFreedomTree () const
	The sorted degrees of freedom. More...

const CepsMap< CepsUnknownIndex, CepsVector< DegreeOfFreedom * > > &	getDegreesOfFreedomForUnknown ()
	Dofs sorted by unknown. More...

const CepsVector< DegreeOfFreedom * > &	getDegreesOfFreedomForUnknown (CepsUnknownIndex uId)
	Dofs for given unknown. More...

const CepsVector< DegreeOfFreedom * > &	getDegreesOfFreedomForUnknown (Unknown *u)
	Dofs sorted by unknown. More...

Geometry *	getGeometry () const
	Get the stored Geometry. More...

virtual void	registerSpatialUnkown (Unknown *u)
	Changes the location of unknown u to be adapted to the discrectization for example CepsLocationFlag::Point for finite elements, Cell for finite volumes. More...

DVecPtr	newDofVector () const
	Get a new vector from the factory. More...

DHVecPtr	newDofHaloVector () const
	Get a new vector from the factory, with halo data. More...

DMatPtr	newDofMatrix () const
	Get a new matrix from the factory. More...

DegreeOfFreedom *	getDof (CepsGlobalIndex globalDofId)
	Get the dof with given globalID, nullptr if not found. More...

const DegreeOfFreedom *	getDof (CepsGlobalIndex globalDofId) const
	Get the dof with given globalID, nullptr if not found. More...

CepsBool	isDofSpatial (CepsGlobalIndex globalDofId) const
	Check if the Unknow is a spatial one (typically CepsLocationFlag != ZeroD) More...

CepsVector< DegreeOfFreedom * >	getOwnedDofs () const
	Get the degrees of freedom owned by process. More...

CepsVector< DegreeOfFreedom * >	getHaloDofs () const
	Get the degrees of freedom owned by other processes. More...

void	evaluateFunctionOnDofs (ceps::Function< CepsReal(CepsStandardArgs)> *func, DHVecPtr v, CepsReal t=0.) const
	Fills vector v with values of function func at owned and halo dofs and time t. More...

void	findClosestDof (const CepsReal3D &x, Unknown *u, CepsDofGlobalIndex &dofId, CepsProcId &owner)
	Set dofId to that if the closest to position x, also sets owner. More...

CepsReal	getZeroDValue (Unknown *u, DHVecPtr sol)
	Get the value of a 0D unknown into a solution vector. More...

CepsReal	l1Norm (DHVecPtr v, CepsBool boundary=false, const CepsSet< CepsAttribute > &attrs={}, const CepsVector< Unknown * > &unknowns={})
	L1-norm of a given vector. More...

CepsReal	l2Norm (DHVecPtr v, CepsBool boundary=false, const CepsSet< CepsAttribute > &attrs={}, const CepsVector< Unknown * > &unknowns={})
	L2-norm of a given vector. Computation of dotproduct depends on the discretization. More...

Public Member Functions inherited from CepsObject
	CepsObject ()=default
	default constructor More...

	CepsObject (const CepsObject &)=default
	Copy constructor. More...

virtual	~CepsObject ()=default
	Destructor. More...

CepsObject &	operator= (const CepsObject &)=default
	Assignment operator. More...

CepsObject *	toBaseObject ()
	Returns a pointer to CepsObject class. More...

const CepsObject *	toBaseObject () const
	Returns a pointer to CepsObject class, const version. More...

Profiler *	getProfiler () const
	Access to profiler. More...

Protected Member Functions
void	initializeRefElements ()
	Configure reference elements. More...

void	buildElements ()
	main routine of FiniteElements called in the constructor More...

void	buildElements (Mesh *mesh, CepsBool onBoundary)
	main routine of FiniteElements called in the constructor More...

void	checkNeighborsBeforeAssign (FEBase fElem, FEBase nElem, CepsUInt nID, CepsBool boundary, CepsBool &foundSameDof)
	Checks if a FE node already exists in a neighbor element. More...

void	createNewNode (FEBase el, CepsUInt indexDof, CepsBool isBoundary, Mesh mesh)
	Allocate new node that it is not a geometrical node. More...

void	computeNeighbors ()
	Compute Neighbors. More...

CepsHash3	getNodeHash (const FENode *n) const
	Get the hash value from the coordinates of the node. More...

void	buildDofsTree () override
	Builds the degrees of freedom tree from the PDE data, uses previously build elements and nodes. buildElements and computeNeighbors must be called beforehand. More...

void	setSpatialUnknownsDofsInteractions () override
	Build dofs neighboring list for spatial unknowns. Different in FE (same element dofs) and VF, FD dofs on neighbor geom elements. More...

Protected Member Functions inherited from AbstractDiscretization
	AbstractDiscretization (AbstractPdeProblem *problem)
	Constructor to build an object from PDE problem. More...

void	buildDofs ()
	Builds the degrees of freedom data structures from the PDE data. More...

void	buildDofsDistributedInfo ()
	Builds the degrees of freedom distribution from the dofs tree. More...

void	createDofsForZeroDUnknowns ()
	Adds one dof for each zeroD unknown, must be called after all other dofs are distributed. More...

virtual void	setZeroDUnknownsDofsInteractions ()
	Updates neighboring lists with interaction with 0D unknowns. More...

void	setupDofsFactory ()
	Prepare the factory that will generate vectors of dofs. More...

void	extractValuesForUnknownInternal (const CepsUnknownIndex &uId, DVecPtr vec, CepsVector< CepsIndex > &indices, CepsVector< CepsReal > &values, CepsBool sendToMaster, CepsBool returnGeomIndices, std::function< CepsBool(DegreeOfFreedom *)> &selector)
	Slicing method that extracts the data corresponding to a specific unknown. More...

Protected Attributes
CepsUInt	m_order
	Order used to build elements. More...

CepsMap< CepsCellType, CepsArray4< ReferenceFE * > >	m_refElems
	Reference elements (point, segment, tri, tetra) More...

DistributedInfos< FENode , CepsHash3 >	m_nodes
	Holds nodes. More...

DistributedInfos< FEBase * > *	m_volElems
	Holds 1D-3D finite elements. More...

DistributedInfos< FEBase * > *	m_bdrElems
	Holds 1D-3D finite boundary elements. More...

CepsUInt	m_maxValidDim
	Get the maximum valid dimension. More...

DMatPtr	m_mass
	Mass matrix, computed at instantiation. More...

DMatPtr	m_stiff
	Stiffness matrix, computed at instantiation. More...

Protected Attributes inherited from AbstractDiscretization
AbstractPdeProblem *	m_problem
	[not owned] Pointer on the pde problem More...

Geometry *	m_geometry
	[not owned] Pointer on the geometry More...

DistributedInfos< DegreeOfFreedom * > *	m_distributedDofs
	[owned] Pointer on the dofs structure More...

DegreeOfFreedomTree	m_dofsTree
	[owned] Pointer on the distributed degree of freedom tree More...

DistributedFactory *	m_dofsFactory
	[owned] The factory that builds vectors and matrices More...

CepsBool	m_dofsBuilt
	Tells if the class has setup all the dofs. More...

CepsMap< CepsUnknownIndex, CepsVector< DegreeOfFreedom * > >	m_dofsForUnknown
	Reverse mapping of dofs, with unknown index as key. More...

CepsLocationFlag	m_spatialUnknownsLocation
	Where unknowns are located. Must be set in child classes. More...

CepsVector< CepsMap< CepsDofGlobalIndex, CepsSet< CepsDofGlobalIndex > > >	m_extraAdjacencyToSend
	A map to correct the missing adjacency that can occur in rare occasions in 3D. More...

CepsMap< CepsDofGlobalIndex, CepsSet< CepsDofGlobalIndex > >	m_extraAdjacencyToRecv
	A map to correct the missing adjacency that can occur in rare occasions in 3D. More...

Additional Inherited Members
Static Protected Attributes inherited from CepsObject
static Profiler	m_profiler
	The same profiler for each big object. More...

Constructor & Destructor Documentation

◆ FiniteElements() [1/3]

FiniteElements::FiniteElements ( )

delete

Default Constuctor deleted.

◆ FiniteElements() [2/3]

FiniteElements::FiniteElements	(	AbstractPdeProblem *	problem,
		CepsUInt	order
	)

Constructor from an abtract problem and order (see CepsCellType)

Definition at line 42 of file FiniteElements.cpp.

◆ FiniteElements() [3/3]

FiniteElements::FiniteElements ( const FiniteElements & )

delete

Copy Constructor deleted.

◆ ~FiniteElements()

FiniteElements::~FiniteElements ( )

override

Destructor.

Definition at line 109 of file FiniteElements.cpp.

Member Function Documentation

◆ buildDofsTree()

void FiniteElements::buildDofsTree ( )

overrideprotectedvirtual

Builds the degrees of freedom tree from the PDE data, uses previously build elements and nodes. buildElements and computeNeighbors must be called beforehand.

Implements AbstractDiscretization.

Definition at line 570 of file FiniteElements.cpp.

◆ buildElements() [1/2]

void FiniteElements::buildElements ( )

protected

main routine of FiniteElements called in the constructor

For a given dimension, we go across all the geometrical elements of that dim

we allocate a corresponding finite element (currently FEP1 or FEP2)
if needed we add new FE nodes verifying that

FE node does not belong yet to another finite element

FE node is halo or not for that proc

we communicate among processors to replace value of haloNodes

Definition at line 351 of file FiniteElements.cpp.

◆ buildElements() [2/2]

void FiniteElements::buildElements	(	Mesh *	mesh,
		CepsBool	onBoundary
	)

protected

main routine of FiniteElements called in the constructor

For a given dimension, we go across all the geometrical elements of that dim

we allocate a corresponding finite element (currently FEP1 or FEP2)
if needed we add new FE nodes verifying that

FE node does not belong yet to another finite element

FE node is halo or not for that proc

we communicate among processors to replace value of haloNodes

Definition at line 380 of file FiniteElements.cpp.

◆ checkNeighborsBeforeAssign()

void FiniteElements::checkNeighborsBeforeAssign	(	FEBase *	fElem,
		FEBase *	nElem,
		CepsUInt	nID,
		CepsBool	boundary,
		CepsBool &	foundSameDof
	)

protected

Checks if a FE node already exists in a neighbor element.

Parameters

[in,out]	fElem	current finite element from which we explore the neighbors
[in]	nElem	the neighbor finite element in which we check the presence of nodes
[in]	nID	index of the node to check in fElem
[in]	boundary	indicate if fElem is on the boundary
[out]	foundSameDof	set to true if node nID in fElem exists in nElem

Definition at line 437 of file FiniteElements.cpp.

◆ computeNeighbors()

void FiniteElements::computeNeighbors ( )

protected

Compute Neighbors.

Definition at line 529 of file FiniteElements.cpp.

◆ createNewNode()

void FiniteElements::createNewNode	(	FEBase *	el,
		CepsUInt	indexDof,
		CepsBool	isBoundary,
		Mesh *	mesh
	)

protected

Allocate new node that it is not a geometrical node.

Parameters

[in,out]	el	pointer on finite element
[in]	indexDof	index of new dof in `el`
[in]	isBoundary	different initialization for boundary elements
[in]	mesh	pointer on the current mesh

Definition at line 472 of file FiniteElements.cpp.

◆ dotProduct()

CepsReal FiniteElements::dotProduct	(	DHVecPtr	u,
		DHVecPtr	v,
		CepsBool	boundary = `false`,
		const CepsSet< CepsAttribute > &	attrs = `{}`,
		const CepsVector< Unknown * > &	unknowns = `{}`
	)

finalvirtual

returns where is the mass matrix $\int\phi_i\phi_j$

Implements AbstractDiscretization.

Definition at line 252 of file FiniteElements.cpp.

◆ extractValuesForUnknown()

void FiniteElements::extractValuesForUnknown	(	const CepsUnknownIndex &	uId,
		DVecPtr	vec,
		CepsVector< CepsIndex > &	indices,
		CepsVector< CepsReal > &	values,
		CepsBool	sendToMaster = `false`,
		CepsBool	returnGeomIndices = `false`
	)

overridevirtual

Slicing method that extracts the data corresponding to a specific unknown.

Parameters

[in]	uId	unknown identifier
[in]	vec	distributed vector from which to extract
[out]	indices	global row indices of the extracted dofs
[out]	values	extracted values
[in]	sendToMaster	data will be shared with master CPU (e.g. for output)
[in]	returnGeomIndices	fill indices with geomIndices instead of dofIndices (outputs) /!\ Only dofs defined on geom points will be parsed !

Implements AbstractDiscretization.

Definition at line 747 of file FiniteElements.cpp.

◆ getBoundaryFiniteElements()

CepsVector< FEBase * > & FiniteElements::getBoundaryFiniteElements ( )

Get vector containing all finite elements of the maximum valid dim.

Definition at line 130 of file FiniteElements.cpp.

◆ getDofsOnElement()

CepsVector< DegreeOfFreedom * > FiniteElements::getDofsOnElement ( FEBase * elem )

ALl the dofs defined on an element.

Definition at line 184 of file FiniteElements.cpp.

◆ getDofsOnElementForUnknowns()

CepsVector< DegreeOfFreedom * > FiniteElements::getDofsOnElementForUnknowns	(	FEBase *	elem,
		const CepsVector< Unknown * > &	us
	)

All dofs defined on an element, considering unknowns us.

Parameters

elem	an element
us	vector of unknowns

Returns

Definition at line 196 of file FiniteElements.cpp.

◆ getDofSpatialId()

CepsIndex FiniteElements::getDofSpatialId ( const DegreeOfFreedom * dof ) const

overridevirtual

Return the Geom Node Id for a node (not the FENode index returned by dof->getGeomId())

Implements AbstractDiscretization.

Definition at line 221 of file FiniteElements.cpp.

◆ getFENode()

FENode * FiniteElements::getFENode ( CepsGlobalIndex nID )

Link to a single node.

Definition at line 160 of file FiniteElements.cpp.

◆ getFiniteElements()

CepsVector< FEBase * > & FiniteElements::getFiniteElements ( )

Get vector containing all finite elements of the maximum valid dim.

Definition at line 124 of file FiniteElements.cpp.

◆ getHaloFENodes()

const CepsVector< FENode * > & FiniteElements::getHaloFENodes ( )

vector of halo nodes

Definition at line 154 of file FiniteElements.cpp.

◆ getMassMatrix()

DMatPtr FiniteElements::getMassMatrix ( ) const

Pointer on mass matrix.

Definition at line 237 of file FiniteElements.cpp.

◆ getNodeHash()

CepsHash3 FiniteElements::getNodeHash ( const FENode * n ) const

protected

Get the hash value from the coordinates of the node.

Definition at line 564 of file FiniteElements.cpp.

◆ getNumberOfHaloFENodes()

CepsUInt FiniteElements::getNumberOfHaloFENodes ( ) const

Global number of owned nodes.

Definition at line 136 of file FiniteElements.cpp.

◆ getNumberOfOwnedFENodes()

CepsUInt FiniteElements::getNumberOfOwnedFENodes ( ) const

Local number of nodes belonging to this process, halo nodes NOT included.

Definition at line 142 of file FiniteElements.cpp.

◆ getOwnedFENodes()

const CepsVector< FENode * > & FiniteElements::getOwnedFENodes ( )

vector of owned nodes

Definition at line 148 of file FiniteElements.cpp.

◆ getReferenceElementOfDim()

ReferenceFE * FiniteElements::getReferenceElementOfDim	(	CepsCellType	type,
		CepsUInt	dim
	)		const

Access to reference elements.

Definition at line 345 of file FiniteElements.cpp.

◆ getStiffnessMatrix()

DMatPtr FiniteElements::getStiffnessMatrix ( ) const

Pointer on stiffness matrix.

Definition at line 243 of file FiniteElements.cpp.

◆ h1Norm()

CepsReal FiniteElements::h1Norm	(	DHVecPtr	v,
		CepsBool	boundary = `false`,
		const CepsSet< CepsAttribute > &	attrs = `{}`,
		const CepsVector< Unknown * > &	unknowns = `{}`
	)

overridevirtual

sqrt(stiffproduct(v,v))

Implements AbstractDiscretization.

Definition at line 317 of file FiniteElements.cpp.

◆ initializeRefElements()

void FiniteElements::initializeRefElements ( )

protected

Configure reference elements.

Definition at line 333 of file FiniteElements.cpp.

◆ isHaloFENode()

CepsBool FiniteElements::isHaloFENode ( CepsGlobalIndex globalID ) const

Tells if node is halo by current CPU.

Definition at line 178 of file FiniteElements.cpp.

◆ isOwnedFENode()

CepsBool FiniteElements::isOwnedFENode ( CepsGlobalIndex globalID ) const

Tells if node is owned by current CPU.

Definition at line 172 of file FiniteElements.cpp.

◆ setSpatialUnknownsDofsInteractions()

void FiniteElements::setSpatialUnknownsDofsInteractions ( )

overrideprotectedvirtual

Build dofs neighboring list for spatial unknowns. Different in FE (same element dofs) and VF, FD dofs on neighbor geom elements.

Implements AbstractDiscretization.

Definition at line 619 of file FiniteElements.cpp.

◆ stiffProduct()

CepsReal FiniteElements::stiffProduct	(	DHVecPtr	u,
		DHVecPtr	v,
		CepsBool	boundary = `false`,
		const CepsSet< CepsAttribute > &	attrs = `{}`,
		const CepsVector< Unknown * > &	unknowns = `{}`
	)

returns where is the stiffness matrix $\int\nabla\phi_i.\nabla\phi_j$

Definition at line 287 of file FiniteElements.cpp.

Field Documentation

◆ m_bdrElems

DistributedInfos<FEBase*>* FiniteElements::m_bdrElems

protected

Holds 1D-3D finite boundary elements.

Definition at line 264 of file FiniteElements.hpp.

◆ m_mass

DMatPtr FiniteElements::m_mass

protected

Mass matrix, computed at instantiation.

Definition at line 268 of file FiniteElements.hpp.

◆ m_maxValidDim

CepsUInt FiniteElements::m_maxValidDim

protected

Get the maximum valid dimension.

Definition at line 266 of file FiniteElements.hpp.

◆ m_nodes

DistributedInfos<FENode*,CepsHash3>* FiniteElements::m_nodes

protected

Holds nodes.

Definition at line 260 of file FiniteElements.hpp.

◆ m_order

CepsUInt FiniteElements::m_order

protected

Order used to build elements.

Definition at line 256 of file FiniteElements.hpp.

◆ m_refElems

CepsMap<CepsCellType,CepsArray4<ReferenceFE*> > FiniteElements::m_refElems

protected

Reference elements (point, segment, tri, tetra)

Definition at line 258 of file FiniteElements.hpp.

◆ m_stiff

DMatPtr FiniteElements::m_stiff

protected

Stiffness matrix, computed at instantiation.

Definition at line 270 of file FiniteElements.hpp.

◆ m_volElems

DistributedInfos<FEBase*>* FiniteElements::m_volElems

protected

Holds 1D-3D finite elements.

Definition at line 262 of file FiniteElements.hpp.

The documentation for this class was generated from the following files:

/builds/xxjFYZX3/0/carmen/ceps/src/pde/finiteElements/FiniteElements.hpp
/builds/xxjFYZX3/0/carmen/ceps/src/pde/finiteElements/FiniteElements.cpp

Detailed Description

Public Member Functions

Protected Member Functions

Protected Attributes

Additional Inherited Members

Constructor & Destructor Documentation

◆ FiniteElements() [1/3]

◆ FiniteElements() [2/3]

◆ FiniteElements() [3/3]

◆ ~FiniteElements()

Member Function Documentation

◆ buildDofsTree()

◆ buildElements() [1/2]

FE node does not belong yet to another finite element

FE node is halo or not for that proc

◆ buildElements() [2/2]

FE node does not belong yet to another finite element

FE node is halo or not for that proc

◆ checkNeighborsBeforeAssign()

◆ computeNeighbors()

◆ createNewNode()

◆ dotProduct()

◆ extractValuesForUnknown()

◆ getBoundaryFiniteElements()

◆ getDofsOnElement()

◆ getDofsOnElementForUnknowns()

◆ getDofSpatialId()

◆ getFENode()

◆ getFiniteElements()

◆ getHaloFENodes()

◆ getMassMatrix()

◆ getNodeHash()

◆ getNumberOfHaloFENodes()

◆ getNumberOfOwnedFENodes()

◆ getOwnedFENodes()

◆ getReferenceElementOfDim()

◆ getStiffnessMatrix()

◆ h1Norm()

◆ initializeRefElements()

◆ isHaloFENode()

◆ isOwnedFENode()

◆ setSpatialUnknownsDofsInteractions()

◆ stiffProduct()

Field Documentation

◆ m_bdrElems

◆ m_mass

◆ m_maxValidDim

◆ m_nodes

◆ m_order

◆ m_refElems

◆ m_stiff

◆ m_volElems